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  • 1.00 Credits

    Accompanies EET U331. Covers topics from the course through various experiments.
  • 4.00 Credits

    Introduces differential equation solution for electrical and mechanical applications. Focuses on Laplace and Fourier methods of solution. Discusses mathematical models, boundary, and initial conditions.
  • 4.00 Credits

    Introduces magnetic aspects of rotating machines and transformers. Operating characteristics of DC generators and motors are developed. Demonstrates electric power generation using synchronous generators. Transmission of power at high voltage is introduced by application of three-phase power transformers. Induction motor characteristics are developed. Various single-phase motors and machines such as servomotors, stepper motors, and split-phase induction motors are introduced.
  • 4.00 Credits

    Presents fundamentals of single-phase and three-phase power systems. Introduces symmetrical components and sequence networks, two- and three-winding power transformers modeling, and the per unit system. Explores calculation of power transmission line. Examines modeling and steady-state operation of transmission lines.
  • 4.00 Credits

    Continues EET U346. Develops power flow analysis techniques. Introduces symmetrical faults and fault interruption via circuit breakers and fuses. Introduces unsymmetrical faults, power system relaying and protection, turbine-generator control, economic dispatch of generation, power system stability, and transient analysis of traveling waves.
  • 4.00 Credits

    Educates engineers to the theory and application of key photonic devices used in engineering disciplines (electrical, mechanical, civil, and so on). Begins with an analysis of light interaction principles and develops a functional scheme to catalog photonic devices by their light (radiation) interaction. Presents the theories and key applications of photonic devices for all types of measurements and sensing; material processing that involves material characterizations as well as material ablation behaviors; and information processing that includes fiber-optic transmission-related devices as well as storage, display, and other useful devices. Source characteristics and properties, such as for lasers, are also treated. Course work includes a student report on a key photonic application. No previous optics background is required.
  • 4.00 Credits

    Develops the basics of optical imaging in the Gaussian approximation and analyzes the various designs stemming from lens aberration, intent and forms of optical systems, and flux throughput. Emphasizes a physically descriptive analysis of such applications as nondiffractive interference effects (interferometers, interference filters, high- and antireflection films, and longitudinal "laser" cavity modes) and diffraction effects (apertures and gratings). Also discusses wave imagery, image processing, and the 3-D imaging of holography; polarization phenomena and associated materials and devices; and basic quantum optics.
  • 1.00 Credits

    Retired August 31, 2005. Offers additional intermediate academic experience by exploring course-related topics in greater depth with the professor. Available only to courses approved by the University Honors Program.
  • 1.00 Credits

    Retired August 31, 2005. Offers additional intermediate academic experience by exploring course-related topics in greater depth with the professor. Available only to courses approved by the University Honors Program.
  • 1.00 Credits

    Retired August 31, 2005. Offers additional intermediate academic experience by exploring course-related topics in greater depth with the professor. Available only to courses approved by the University Honors Program.
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